http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (7 unnumbered pages, 186 pages) : illustrations
Materials Technology, Volume 2: The Fabrication of Materials deals with the processes of materials fabrication. This book focuses on systems used to transform raw materials into shaped states suitable for practical service. Principles of manufacture are discussed, along with the advantages and disadvantages of each method of fabrication and the diverse manufacturing sequences that are possible. The administrative aspects of manufacture are also considered. This volume is comprised of eight chapters and begins by introducing the reader to casting methods, including solidification casting, gravi.
Front Cover; The Fabrication of Materials; Copyright Page; Preface; Table of Contents; Chapter 1. Introduction; Chapter 2. Casting; 2.1 FLUIDITY; 2.2 CONTROL OF CASTING SOLIDIFICATION; 2.3 IMPARTING SHAPE; 2.4 CASTING METHODS; 2.5 SOLIDIFICATION; 2.6 FREEZING SOLIDIFICATION; 2.7 SOLIDIFICATION AND GROWTH OF CRYSTALS; 2.8 GAS IN FREEZE-SOLIDIFICATION; 2.9 CHEMICAL SOLIDIFICATION CASTING; 2.10 PREPARATION OF MATERIALS FOR CASTING; 2.11 PREPARATION FOR FREEZE CASTING; 2.12 PREPARATION FOR CHEMICAL SOLIDIFICATION CASTING; 2.13 CASTING METHODS; 2.14 GRAVITY-FLOW MOULD-FILLING.
2.15 PRESSURISED MOULD-FILLING2.16 'MOULDED' CASTINGS; Chapter 3. Fabrication from Powder; 3.1 MATERIAL AVAILABLE ONLY IN POWDER FORM; 3.2 MATERIALS DIFFICULT TO MELT AND VISCOUS MATERIAL; 3.3 IMMISCIBLE AND INCOMPATIBLE COMPLEX MATERIALS; 3.4 SPECIAL STRUCTURAL CONFIGURATIONS; 3.5 SPECIFIC SHAPES; 3.6 PREPARATION OF POWDERS; 3.7 CHEMICAL PREPARATION OF POWDER; 3.8 THERMAL PREPARATION OF POWDER; 3.9 ELECTROLYTIC PREPARATION OF POWDER; 3.10 MECHANICAL METHODS FOR PRODUCING POWDER; 3.11 POWDER CONDITIONING; 3.12 MIXING OF POWDERS; 3.13 CHOICE OF POWDER TYPES AND PROPORTIONS.
3.14 CHOICE OF POWDER SIZES3.15 MIXING OF POWDERS; 3.16 COMPACTING OF POWDERS; 3.17 FUNCTIONS OF COMPACTING; 3.18 METHODS OF COMPACTING; 3.19 CONSOLIDATION OF A COMPACT; 3.20 CONSOLIDATION BY SINTERING; 3.21 CONSOLIDATION BY CHEMICAL BONDING; Chapter 4. Mechanical Fabrication; 4.1 PARTICULAR SHAPES BY MECHANICAL FORMING; 4.2 CONTROL OF STRUCTURE AND PROPERTIES; 4.3 MECHANICAL WORKING AND SURFACE FINISH; 4.4 PRINCIPLES OF MECHANICAL FORMING; 4.5 COMPRESSION FORMING; 4.6 FORMING UNDER TENSION; 4.7 FORMING BY SHEARING; 4.8 FORMING BY COMBINED MODES; 4.9 MEANS USED FOR FORGING.
4.10 HAND TOOLS FOR FORGING4.11 DROP HAMMERS; 4.12 POWER HAMMERS; 4.13 MECHANICAL PRESSES FOR FORGING; 4.14 HYDRAULIC PRESSES; 4.15 ROLLING; 4.16 PLATE AND SECTION ROLLING; 4.17 SPIRAL ROLLING; 4.18 FORGE ROLLING; 4.19 FORM ROLLING AND ROLLER LEVELLING; 4.20 EXTRUSION; 4.21 HOT SEMICONTINUOUS EXTRUSION; 4.22 COLD SEMICONTINUOUS EXTRUSION; 4.23 HOT IMPACT EXTRUSION; 4.24 COLD IMPACT EXTRUSION; 4.25 DRAWING; 4.26 DRAWBENCH DRAWING; 4.27 DRAWING ON TO A TRACTION REEL; 4.28 PUSH-BENCH DEEP DRAWING; 4.29 FORGE-PRESS DEEP DRAWING; Chapter 5. Fabrication by Bonding; 5.1 BONDING BY DIFFUSION.
5.2 bonding by adhesion5.3 geometric interlocking in bonding; 5.4 principles used in bonding; 5.5 cleaning and protecting joint faces; 5.6 fusion welding; 5.7 arc fusion welding; 5.8 dielectric heating fusion welding; 5.9 electric resistance heated fusion welding; 5.10 hot-gas fusion welding; 5.11 electric induction heated fusion welding; 5.12 oxy-fuel gas and air-fuel gas fusion welding; 5.13 electron-beam, laser-beam and plasma welding; 5.14 solvent welding; 5.15 brazing, chemical bonding and braze welding; 5.16 dip brazing; 5.17 furnace brazing and furnace bonding.
Materials technology. Vol. 2, The fabrication of materials